Recent James Webb Telescope findings reveal insights into the Butterfly Nebula that may explain how rocky planets form from cosmic dust.

The APSU College of Science, Technology, Engineering and Mathematics has welcomed seven new full-time faculty members.

Asteroid Bennu’s samples show how surface exposure drives color changes and reveal phosphates and organics linked to life’s origins.

Simple organics: Amino acids, some of which were delivered to Earth via meteorites and comets, are introduced to observe whether they could concentrate within mineral membranes. Previous studies ...

Are you a researcher in Earth, Planetary or Space sciences wanting to share your work with wider non-academic audiences? This autumn the EGU Outreach Committee is sponsoring three workshop series’ to ...

The James Webb Space Telescope has helped researchers learn new information about how the Earth may have been formed as it gives a deeper look into the Butterfly Nebula.

Most cosmic dust exhibits random atomic structures, and appears like soot. Thanks to NGC 6302’s extreme stellar energy, the ...

A growing number of oceans-based solutions to the climate crisis have been tried or devised in recent years, thanks largely ...

A possible asteroid impact on Saturn—the first ever captured on video—has set off a wave of investigation across the ...

Webb Telescope reveals complex carbon molecules forming in the Bug Nebula, suggesting dying stars may seed the galaxy with ...

OSIRIS-Rex approaching Asteroid Bennu, is the subject of this month’s Estes Valley Astronomical Society (EVAS) meeting. EVAS, ...

REx, NASA's first asteroid sample return mission, reveals why some gray asteroids reflect light at different wavelengths, ...